public void PhysicsCallback(CollisionManager.CollisionComponent mine, CollisionManager.CollisionComponent other, CollResult coll, int collNumber)
{
if (other.CheckFlag(CollisionManager.FLAGS.GROUND))
{
//Move position to above the path (bottom of collision should be above the ground. Above being relative to normal
//set velocity to be speed magnitude perpendicular to normal of the primitive it's colliding against,
}
}
void SuperHackyLevelParsing()
{
foreach (GLEED2D.Layer layer in testLevel.Layers)
{
if (layer.Name.ToLower() == "collision")
{
//For now only process this layer
//All items on this layer should be either a path, circle, or AABB
foreach (GLEED2D.Item item in layer.Items)
{
//I don't like this, it's fine for when they were serialized out but not for loading them.
//One size does not fit all
if (item.GetType() == typeof(GLEED2D.PathItem))
{
CollisionManager.CollisionComponent foo = CollisionManager.Get().GetCollComponent();
EntityManager.Transform footrans = EntityManager.get().GetTransform();
footrans.Set(item.Position, Vector2.Zero, Vector2.Zero, 0);
item.Position = Vector2.Zero;
foo.SetTransform(footrans);
foo.AddPrimitive(new zCollisionPath((GLEED2D.PathItem)item));
}
else if (item.GetType() == typeof(GLEED2D.RectangleItem))
{
GLEED2D.RectangleItem gleeRect = (GLEED2D.RectangleItem)item;
Rectangle zeRect = new Rectangle((int)gleeRect.Position.X, (int)gleeRect.Position.Y, (int)gleeRect.Width, (int)gleeRect.Height);
CollisionManager.CollisionComponent foo = CollisionManager.Get().GetCollComponent();
EntityManager.Transform footrans = EntityManager.get().GetTransform();
footrans.Set(item.Position, Vector2.Zero, Vector2.Zero, 0);
item.Position = Vector2.Zero;
foo.SetTransform(footrans);
foo.AddPrimitive(new zCollisionAABB(zeRect));
}
else if (item.GetType() == typeof(GLEED2D.CircleItem))
{
GLEED2D.CircleItem gleeCircle = (GLEED2D.CircleItem)item;
CollisionManager.CollisionComponent foo = CollisionManager.Get().GetCollComponent();
EntityManager.Transform footrans = EntityManager.get().GetTransform();
footrans.Set(item.Position, Vector2.Zero, Vector2.Zero, 0);
item.Position = Vector2.Zero;
foo.SetTransform(footrans);
foo.AddPrimitive(new zCollisionCircle(gleeCircle.Position, gleeCircle.Radius));
}
}
}
}
}
public override void Init(ContentManager content)
{
base.Init(content);
//Better would be to give it a handle to the texture, but this works for now
m_tex = content.Load<Texture2D>("dude");
transform.SetMaxSpeed(100.0f);
myComp = CollisionManager.Get().GetCollComponent();
zCollisionCircle prim = new zCollisionCircle(Vector2.Zero, 5.0f);
myComp.AddPrimitive(prim);
myComp.SetTransform(transform);
myComp.SetCallBack(PhysicsCallback);
rayCast = CollisionManager.Get().GetCollComponent();
//zCollisionLine line = new zCollisionLine(Vector2.Zero, new Vector2(0, -1));
//rayCast.AddPrimitive(line);
rayCast.SetTransform(transform);
rayCast.SetCallBack(RayCastCallBack);
}
public override void Init(ContentManager content)
{
base.Init(content);
//Better would be to give it a handle to the texture, but this works for now
m_tex = content.Load <Texture2D>("dude");
transform.SetMaxSpeed(100.0f);
myComp = CollisionManager.Get().GetCollComponent();
zCollisionCircle prim = new zCollisionCircle(Vector2.Zero, 5.0f);
myComp.AddPrimitive(prim);
myComp.SetTransform(transform);
myComp.SetCallBack(PhysicsCallback);
rayCast = CollisionManager.Get().GetCollComponent();
//zCollisionLine line = new zCollisionLine(Vector2.Zero, new Vector2(0, -1));
//rayCast.AddPrimitive(line);
rayCast.SetTransform(transform);
rayCast.SetCallBack(RayCastCallBack);
}
public void RayCastCallBack(CollisionManager.CollisionComponent mine, CollisionManager.CollisionComponent other, CollResult coll, int collNumber)
{
if (other.CheckFlag(CollisionManager.FLAGS.GROUND))
{
}
}
